Vehicle light



Jill! 9, 192.9 A. L. BEcKEfr 1.720.311

VEHICLE LIGHT Filed Aug. 4, 192s 7 f5 A n/m (fg v fm( -C /ffj @75' *Ufff 't Pff 4 f5 Z7 f@ Patented July 9, 19\29.

UNITED STATES 'PATENT OFFICE.

.ALAN L. IBEG'KET, 0F EAST ORANGE, NEW JERSEY'.

VEHICLE LIGHT.

Application led August 4,

This invention relates to a vehicle light that is especially adapted for use as an automobile headlight, although it is not restricted to this particular use. It has been found vby experience that glare caused by a concentrated source of light can be greatly diminished or overcome by illuminating the surroundingr objects, thus diminishing the con-9 trast between the brilliant -source of -light and the immediate vicinity thereof. For example, glare due to the brilliant headlight reflector of an automobile can be largely overcome by using an additional light source to illuminate the parts of the automobile near the headlight. tion, the objection of glare is obviated With-` out decreasing the amount of road illumination for-the driver by a source of light so disposed that the background about 4the focus of a parabolic reflector, and the other near the other end of the lamp located so that it can li ht up the front part of the automobile or t e objects in the vicinity of theheadlight itself.'

The invention will be understood fromthe description in connection with the accompanying drawings, inwlich Fig. 1 vis a sectional side view of the device, and Fig. 2' is another side view. Fi 3, 4, '5 and 6 represent side views of the e ectric lamp itself and its various modifications. f In the drawings, reference character 5 is` used tol indicate a-metal headlighthousing, In the housing is mounted .a deep reflector 6 ori'iced centrally to permit vthe passage therethrough-of a lamp socket 12 to receive the base 1() of 4an electric lamp. The reflector 6 may be a parabolic'relector of the wellknown sort with a silvered` or other reflecting surface on the inner or concave side thereof. A clear glassfportion forl globe 7 constitutes a proximately half of the headlight and is tted to the ring portion 8 which is secured alon the rim of the housing 5 in any practica 'and' satisfactoryl manner.

The glass. ortion 7 is'providedwith diffusinl or re acting means 21, if desired, that shiel s the eye of an approaching person from the lightsources. In addition, the

By the present inven- 1926. Serial N0. 128,961.

glass' portion- 7 may be made prismatic in character so as to-controlv the both filaments.r i

The electric lamp is made in the shape of an elongated cylinder, and is provided with a base 10 that extends into the socket 10. The elongated glass'bulbl encloses the leadin wires 17 and llanients 18 and 19. The lead-in wires 17 are 'soldered in the usual manner at the base 10, and extend longitudilight from nally of the bulb 15,V and the filaments 18y and 19 are connected in parallel' across the lead-in wires 17, the filament 18 being located near one end of the bulb 15, and the filament 19 being located near the other end thereof.

The lead-in Wirey 17 ma be made of a metal or alloy suiliciently stil to support thel filaments 18 and 19, or one or more mica discs 20 may be inserted in the bulb 15 for supporting the lead-in wires,l ,as shown in Fig. 4. When more than one-of the discs 20 are used, they may be connected to each other by means of the wire21. In the modiication shown in Fi 5, the lead-,in wires .may be in contact wit the inner surface of the bulb 15, in which case the discs 20 may be. dispensed with. AIn the modification shown in Fig. 6, spring wire 22 is attached to leads 17 and presses against the-bulb 15.

In Fig. 6 is also shown a modiiiedibase V10 with supporting petals 13 integralwiththe base 1() and cementedlto the bulb 15.

The formation of the electric 1am the position of the filaments and-their re ation tothe re'flector and glass globe 7 consti-v tute an important feature of this invention. It will be clear that with the electric lamp 4:in the headlight, as indicated in Fig. lf, the filament 19 'serves as-the ordinary electric lamp Vin areiector for headlights, while the ilament-18 that is IOcated'outSide of vthe reflector emits liht ays in radial directions, thus projecting some of the rays backward to illuminate the front portions ofthe automobile. At the same time, the rays from the iilament 18- will light up the road and 'adjacent objects to a certain extent, thus decreasing the contrastbetween the relectf.

ing surface of the reilectorand'th'e backffrom the light from the filament 18 but also from reflection from the road surface, which receives considerable downward light. from the filament 18.

It will be obvious that this invention is not only applicable to ali ht that is adapted for headlights or searchlights, but that the device provides forward, backward and side illumination. It may be used, for example, as an automobile tail light, as it would have advantages withrespect to illumination of the license plate and also the rear of' the automobile. Small side lights of the character above described on an automobile would illuminate that part of the automobile to advantage, so that the same could bereadily seen from the side, thus giving an advantage f that decreases the dangers of night l driving.

I claim: y

A vehicle lamp comprising a housing, a concave reflector withm the housing, an elongated incandescent bulb havin two lilaments, one lament being inside t e reflector for the projection of a concentrated forward beam on the road, the other filament being outside the reflector and housing and at an appQeciable distance from the forward edge of the housing, and a deep concavoconvex glass globe closing the casing and having'its central portion close to the end' of the bulb` and the second filament, said central portion of the globe being provided with means for directing light received from the second filament in a rearward direction to illuminate the front of the vehicle on which the lamp is sup rted.

N L. BECKET. 

